SciOpen
@sciopentup.bsky.social
SciOpen is a professional #open-access resource for discovery of #scientific & #technical content published by #TsinghuaUniversityPress (TUP) & its publisher partners. 📚🔬⚡
https://www.sciopen.com/home
Follow for the latest research!
https://www.sciopen.com/home
Follow for the latest research!
Pinned
🔬Journal of the Week: AIMS Materials Science
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
🧪 Great scientific contribution from @kevinleecaster.bsky.social on low-emission graphite production using wind-supported NG decomposition. Read more such scientific insights on SciOpen.
#EnergyScience #SustainableMaterials #Sciopen #TUP
#EnergyScience #SustainableMaterials #Sciopen #TUP
Natural Gas Decomposition using wind power can produce graphite at 94 % less GHG emissions than conventional synthetic graphite and 93 % less emissions than natural graphite. Also, producing graphite in the U.S. via NGD could meet graphite demand through 2050.
www.sciencedirect.com/science/arti...
www.sciencedirect.com/science/arti...
Methane-to-graphite: A pathway to reduce greenhouse gas emissions in the U.S. energy transition
Graphite, an important ingredient in the energy transition, faces supply constraints in the U.S. Natural gas decomposition (NGD) coupled with graphiti…
www.sciencedirect.com
November 28, 2025 at 2:32 PM
🧪 Great scientific contribution from @kevinleecaster.bsky.social on low-emission graphite production using wind-supported NG decomposition. Read more such scientific insights on SciOpen.
#EnergyScience #SustainableMaterials #Sciopen #TUP
#EnergyScience #SustainableMaterials #Sciopen #TUP
🔋 Recycling garnet electrolytes: Li₆.₄La₃Zr₁.₄Ta₀.₆O₁₂ (LLZTO) recovered via LiOH + ultra-fast sintering shows higher ionic and lower electronic conductivity, boosting solid-state Li-metal performance.
🔗 www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #SciOpen 🧪🌏🌐
🔗 www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #SciOpen 🧪🌏🌐
November 28, 2025 at 1:14 PM
🔋 Recycling garnet electrolytes: Li₆.₄La₃Zr₁.₄Ta₀.₆O₁₂ (LLZTO) recovered via LiOH + ultra-fast sintering shows higher ionic and lower electronic conductivity, boosting solid-state Li-metal performance.
🔗 www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #SciOpen 🧪🌏🌐
🔗 www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #SciOpen 🧪🌏🌐
💎 Ultra-fast sintering boosts transparency
AlON ceramics (≥80% transmittance, 350–4900 nm) made via ultra-fast high-temperature sintering + conventional sintering.
The result: higher density, fewer pores, HV 19.57 GPa.
🔗
www.sciopen.com/article/10.2...
#MaterialsScience #AcademicSky #Science
AlON ceramics (≥80% transmittance, 350–4900 nm) made via ultra-fast high-temperature sintering + conventional sintering.
The result: higher density, fewer pores, HV 19.57 GPa.
🔗
www.sciopen.com/article/10.2...
#MaterialsScience #AcademicSky #Science
November 27, 2025 at 2:06 PM
💎 Ultra-fast sintering boosts transparency
AlON ceramics (≥80% transmittance, 350–4900 nm) made via ultra-fast high-temperature sintering + conventional sintering.
The result: higher density, fewer pores, HV 19.57 GPa.
🔗
www.sciopen.com/article/10.2...
#MaterialsScience #AcademicSky #Science
AlON ceramics (≥80% transmittance, 350–4900 nm) made via ultra-fast high-temperature sintering + conventional sintering.
The result: higher density, fewer pores, HV 19.57 GPa.
🔗
www.sciopen.com/article/10.2...
#MaterialsScience #AcademicSky #Science
⏰ Tracking the body’s clock
This review covers circadian biomarkers—melatonin and glucocorticoids—monitoring methods, and their potential for precision medicine in rhythm-related disorders.
🔗https://sciopen.com/article/10.26599/OSHM.2025.9610028
@tsinghuauniversity.bsky.social #SciOpen #Science
This review covers circadian biomarkers—melatonin and glucocorticoids—monitoring methods, and their potential for precision medicine in rhythm-related disorders.
🔗https://sciopen.com/article/10.26599/OSHM.2025.9610028
@tsinghuauniversity.bsky.social #SciOpen #Science
November 27, 2025 at 7:52 AM
⏰ Tracking the body’s clock
This review covers circadian biomarkers—melatonin and glucocorticoids—monitoring methods, and their potential for precision medicine in rhythm-related disorders.
🔗https://sciopen.com/article/10.26599/OSHM.2025.9610028
@tsinghuauniversity.bsky.social #SciOpen #Science
This review covers circadian biomarkers—melatonin and glucocorticoids—monitoring methods, and their potential for precision medicine in rhythm-related disorders.
🔗https://sciopen.com/article/10.26599/OSHM.2025.9610028
@tsinghuauniversity.bsky.social #SciOpen #Science
🧬 How cell death shapes craniofacial development
This review explores apoptosis, necroptosis, autophagy, and ferroptosis, showing how they interact with BMP, FGF, and WNT to guide organ morphogenesis. www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #CellDeath #Science
This review explores apoptosis, necroptosis, autophagy, and ferroptosis, showing how they interact with BMP, FGF, and WNT to guide organ morphogenesis. www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #CellDeath #Science
November 26, 2025 at 2:47 PM
🧬 How cell death shapes craniofacial development
This review explores apoptosis, necroptosis, autophagy, and ferroptosis, showing how they interact with BMP, FGF, and WNT to guide organ morphogenesis. www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #CellDeath #Science
This review explores apoptosis, necroptosis, autophagy, and ferroptosis, showing how they interact with BMP, FGF, and WNT to guide organ morphogenesis. www.sciopen.com/article/10.2...
@tsinghuauniversity.bsky.social #TUP #CellDeath #Science
🧬 miR-145 & miR-21 are key oral squamous cell carcinoma prognostic biomarkers. High miR-145 & low miR-21 link to 91.6% 5-yr survival by controlling the cell cycle via CCNA2/CDK6.
www.sciopen.com/article/10.2...
#CancerResearch #AcademicSky #OSCC #SciOpen #TUP @tsinghuauniversity.bsky.social
www.sciopen.com/article/10.2...
#CancerResearch #AcademicSky #OSCC #SciOpen #TUP @tsinghuauniversity.bsky.social
November 26, 2025 at 1:36 PM
🧬 miR-145 & miR-21 are key oral squamous cell carcinoma prognostic biomarkers. High miR-145 & low miR-21 link to 91.6% 5-yr survival by controlling the cell cycle via CCNA2/CDK6.
www.sciopen.com/article/10.2...
#CancerResearch #AcademicSky #OSCC #SciOpen #TUP @tsinghuauniversity.bsky.social
www.sciopen.com/article/10.2...
#CancerResearch #AcademicSky #OSCC #SciOpen #TUP @tsinghuauniversity.bsky.social
🦷Journal of the Week: Oral Science & Homeostatic Medicine
How oral health shapes metabolism, immunity & aging via stem cells microbiota & regenerative research.
Led by Co-EICs Prof. Songlin Wang & Prof.Jian-Kang Zhu.
🔗 www.sciopen.com/journal/3079...
@tsinghuauniversity.bsky.social #Sciopen #TUP 🧪🌏🌐
How oral health shapes metabolism, immunity & aging via stem cells microbiota & regenerative research.
Led by Co-EICs Prof. Songlin Wang & Prof.Jian-Kang Zhu.
🔗 www.sciopen.com/journal/3079...
@tsinghuauniversity.bsky.social #Sciopen #TUP 🧪🌏🌐
November 25, 2025 at 7:02 AM
🦷Journal of the Week: Oral Science & Homeostatic Medicine
How oral health shapes metabolism, immunity & aging via stem cells microbiota & regenerative research.
Led by Co-EICs Prof. Songlin Wang & Prof.Jian-Kang Zhu.
🔗 www.sciopen.com/journal/3079...
@tsinghuauniversity.bsky.social #Sciopen #TUP 🧪🌏🌐
How oral health shapes metabolism, immunity & aging via stem cells microbiota & regenerative research.
Led by Co-EICs Prof. Songlin Wang & Prof.Jian-Kang Zhu.
🔗 www.sciopen.com/journal/3079...
@tsinghuauniversity.bsky.social #Sciopen #TUP 🧪🌏🌐
🌆 Our cities are evolving fast and so is the way we move.
💡 What’s your call? Which emerging technology will reshape urban transportation?
Drop your prediction
#TUP #SciOpen #TUP 🧪🌏🌐
@tsinghuauniversity.bsky.social
1.🚗Autonomous Vehicles
2.🚄High-Speed Rails
3.🛴Micro-mobility
4.🏙️Smart Road Systems
💡 What’s your call? Which emerging technology will reshape urban transportation?
Drop your prediction
#TUP #SciOpen #TUP 🧪🌏🌐
@tsinghuauniversity.bsky.social
1.🚗Autonomous Vehicles
2.🚄High-Speed Rails
3.🛴Micro-mobility
4.🏙️Smart Road Systems
November 24, 2025 at 10:33 AM
🌆 Our cities are evolving fast and so is the way we move.
💡 What’s your call? Which emerging technology will reshape urban transportation?
Drop your prediction
#TUP #SciOpen #TUP 🧪🌏🌐
@tsinghuauniversity.bsky.social
1.🚗Autonomous Vehicles
2.🚄High-Speed Rails
3.🛴Micro-mobility
4.🏙️Smart Road Systems
💡 What’s your call? Which emerging technology will reshape urban transportation?
Drop your prediction
#TUP #SciOpen #TUP 🧪🌏🌐
@tsinghuauniversity.bsky.social
1.🚗Autonomous Vehicles
2.🚄High-Speed Rails
3.🛴Micro-mobility
4.🏙️Smart Road Systems
🌊 A important study from @plosbiology.org! Phytoplankton actively regulate their position in the water column, revealing evolution’s subtle strategies for survival. A must study for anyone interested in biology science! 🧪🌏🌐
#Phytoplankton #MarineBiology #OceanScience #Evolution #SciOpen #TUP
#Phytoplankton #MarineBiology #OceanScience #Evolution #SciOpen #TUP
Marine #phytoplankton need move up/down in the #ocean to access light & nutrients. Study of the effects of nutrient availability in 9 species reveals that phytoplankton have evolved multiple mechanisms that impact gravitational sinking in response to starvation @plosbiology.org 🧪 plos.io/4iaJFoV
November 21, 2025 at 11:40 AM
🌊 A important study from @plosbiology.org! Phytoplankton actively regulate their position in the water column, revealing evolution’s subtle strategies for survival. A must study for anyone interested in biology science! 🧪🌏🌐
#Phytoplankton #MarineBiology #OceanScience #Evolution #SciOpen #TUP
#Phytoplankton #MarineBiology #OceanScience #Evolution #SciOpen #TUP
⚡Powering better fuel cells
Nd-doped Sr2.9Nd0.1Fe2O7–δ (SNFO) enhances SOFCs, with 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C. Improved ORR kinetics make it a potential cathode.
🔗 www.sciopen.com/article/10.2...
#SciOpen @tsinghuauniversity.bsky.social @heilongjiang.bsky.social 🧪🌏🌐
Nd-doped Sr2.9Nd0.1Fe2O7–δ (SNFO) enhances SOFCs, with 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C. Improved ORR kinetics make it a potential cathode.
🔗 www.sciopen.com/article/10.2...
#SciOpen @tsinghuauniversity.bsky.social @heilongjiang.bsky.social 🧪🌏🌐
November 20, 2025 at 1:14 PM
⚡Powering better fuel cells
Nd-doped Sr2.9Nd0.1Fe2O7–δ (SNFO) enhances SOFCs, with 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C. Improved ORR kinetics make it a potential cathode.
🔗 www.sciopen.com/article/10.2...
#SciOpen @tsinghuauniversity.bsky.social @heilongjiang.bsky.social 🧪🌏🌐
Nd-doped Sr2.9Nd0.1Fe2O7–δ (SNFO) enhances SOFCs, with 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C. Improved ORR kinetics make it a potential cathode.
🔗 www.sciopen.com/article/10.2...
#SciOpen @tsinghuauniversity.bsky.social @heilongjiang.bsky.social 🧪🌏🌐
Where art meets science! 🎨🔬
The Nano research Image Prize showcases the stunning beauty of nanoscience through breathtaking imagery. Every submission reveals the inherent beauty of our natural world.
Watch: youtu.be/-FXJ3udXTF4
@tsinghuauniversity.bsky.social #Sciopen #TUP #Nanoresearch 🧪🌏🌐
The Nano research Image Prize showcases the stunning beauty of nanoscience through breathtaking imagery. Every submission reveals the inherent beauty of our natural world.
Watch: youtu.be/-FXJ3udXTF4
@tsinghuauniversity.bsky.social #Sciopen #TUP #Nanoresearch 🧪🌏🌐
Nano Resarch 2025 Image Prize
YouTube video by SciOpen TUP
youtu.be
November 20, 2025 at 7:36 AM
Where art meets science! 🎨🔬
The Nano research Image Prize showcases the stunning beauty of nanoscience through breathtaking imagery. Every submission reveals the inherent beauty of our natural world.
Watch: youtu.be/-FXJ3udXTF4
@tsinghuauniversity.bsky.social #Sciopen #TUP #Nanoresearch 🧪🌏🌐
The Nano research Image Prize showcases the stunning beauty of nanoscience through breathtaking imagery. Every submission reveals the inherent beauty of our natural world.
Watch: youtu.be/-FXJ3udXTF4
@tsinghuauniversity.bsky.social #Sciopen #TUP #Nanoresearch 🧪🌏🌐
Great work shared by @biotechniques.bsky.social on groundbreaking research from @scripps.edu uncovering how PIEZO1 and PIEZO2 sense the mechanical forces involved in childbirth.
A must-read!
#CellBiology #Mechanobiology #ReproductiveScience #Biotechniques #Sciopen #TUP 🧪🌏🌐
A must-read!
#CellBiology #Mechanobiology #ReproductiveScience #Biotechniques #Sciopen #TUP 🧪🌏🌐
Researchers at @scripps.edu have demonstrated that PIEZO1 and PIEZO2 play key roles in sensing mechanical forces during childbirth >>> www.biotechniques.com/molecular-bi... 🧪
The physical cues coordinating childbirth
Researchers have demonstrated that PIEZO1 and PIEZO2 play key roles in sensing physical forces during childbirth.
www.biotechniques.com
November 19, 2025 at 1:59 PM
Great work shared by @biotechniques.bsky.social on groundbreaking research from @scripps.edu uncovering how PIEZO1 and PIEZO2 sense the mechanical forces involved in childbirth.
A must-read!
#CellBiology #Mechanobiology #ReproductiveScience #Biotechniques #Sciopen #TUP 🧪🌏🌐
A must-read!
#CellBiology #Mechanobiology #ReproductiveScience #Biotechniques #Sciopen #TUP 🧪🌏🌐
🔬Journal of the Week: AIMS Materials Science
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
November 19, 2025 at 7:25 AM
🔬Journal of the Week: AIMS Materials Science
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
Materials research that moves fast! This journal covers materials from nanomaterials to polymer composites, this journal publishes, indexed in Web of Science & Scopus.
🔗 sciopen.com/journal/2372...
@tsinghuauniversity.bsky.social
#Sciopen #TUP 🧪🌏🌐
🌐 Digital twins dive into the deep sea
This study reviews marine digital twin (MDT) tech, its framework, key technologies, and applications in deep-sea, data-driven marine engineering.
🔗 www.sciopen.com/article/10.2...
#marine #OceanTech #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
This study reviews marine digital twin (MDT) tech, its framework, key technologies, and applications in deep-sea, data-driven marine engineering.
🔗 www.sciopen.com/article/10.2...
#marine #OceanTech #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
November 18, 2025 at 12:36 PM
🌐 Digital twins dive into the deep sea
This study reviews marine digital twin (MDT) tech, its framework, key technologies, and applications in deep-sea, data-driven marine engineering.
🔗 www.sciopen.com/article/10.2...
#marine #OceanTech #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
This study reviews marine digital twin (MDT) tech, its framework, key technologies, and applications in deep-sea, data-driven marine engineering.
🔗 www.sciopen.com/article/10.2...
#marine #OceanTech #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
⚡ Harnessing AI for ocean energy
Machine learning is transforming fluid–structure interaction, speeding up predictions and optimizing hydrokinetic devices in complex marine environments.
🔗 www.sciopen.com/article/10.2...
#OceanEngineeringy #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
Machine learning is transforming fluid–structure interaction, speeding up predictions and optimizing hydrokinetic devices in complex marine environments.
🔗 www.sciopen.com/article/10.2...
#OceanEngineeringy #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
November 18, 2025 at 11:49 AM
⚡ Harnessing AI for ocean energy
Machine learning is transforming fluid–structure interaction, speeding up predictions and optimizing hydrokinetic devices in complex marine environments.
🔗 www.sciopen.com/article/10.2...
#OceanEngineeringy #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
Machine learning is transforming fluid–structure interaction, speeding up predictions and optimizing hydrokinetic devices in complex marine environments.
🔗 www.sciopen.com/article/10.2...
#OceanEngineeringy #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
🔬This #AntimicrobialAwarenessWeek we recognise, a pressing threat.🦠
Scientists are racing to understand resistance mechanisms of microbes, develop novel antimicrobials, and discover alternative therapies.
Read the latest findings:
🔗 www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social🧪🌏🌐
Scientists are racing to understand resistance mechanisms of microbes, develop novel antimicrobials, and discover alternative therapies.
Read the latest findings:
🔗 www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social🧪🌏🌐
November 18, 2025 at 5:48 AM
🔬This #AntimicrobialAwarenessWeek we recognise, a pressing threat.🦠
Scientists are racing to understand resistance mechanisms of microbes, develop novel antimicrobials, and discover alternative therapies.
Read the latest findings:
🔗 www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social🧪🌏🌐
Scientists are racing to understand resistance mechanisms of microbes, develop novel antimicrobials, and discover alternative therapies.
Read the latest findings:
🔗 www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social🧪🌏🌐
🌊 Blue energy, hydropower, tides, wind, waves is the future. This study highlights trends and triboelectric nanogenerators (TENGs) for ocean energy harvesting.
🔗 www.sciopen.com/article/10.2...
#BlueEnergy #RenewableEnergy #OceanEngineering #SustainableTech #SciOpen @tsinghuauniversity.bsky.social
🔗 www.sciopen.com/article/10.2...
#BlueEnergy #RenewableEnergy #OceanEngineering #SustainableTech #SciOpen @tsinghuauniversity.bsky.social
November 17, 2025 at 12:08 PM
🌊 Blue energy, hydropower, tides, wind, waves is the future. This study highlights trends and triboelectric nanogenerators (TENGs) for ocean energy harvesting.
🔗 www.sciopen.com/article/10.2...
#BlueEnergy #RenewableEnergy #OceanEngineering #SustainableTech #SciOpen @tsinghuauniversity.bsky.social
🔗 www.sciopen.com/article/10.2...
#BlueEnergy #RenewableEnergy #OceanEngineering #SustainableTech #SciOpen @tsinghuauniversity.bsky.social
Impressive #OpenAccess research featured by @crystengcomm.rsc.org! Yang Jiang and team demonstrate how Ge doping enables heavily doped N-polar GaN with a striking mirror-smooth surface, an exciting advance in semiconductor crystal engineering.
Thanks for sharing! 🔬
#MaterialsScience #GaN #SciOpen
Thanks for sharing! 🔬
#MaterialsScience #GaN #SciOpen
🔓 #OpenAccess work in the latest issue by Yang Jiang and colleagues from the Chinese Academy of Sciences describing heavily doped N-polar GaN with a mirror-like surface achieved via Ge doping. Take a look 👀👇
🔗 doi.org/10.1039/D5CE... 🧪
🔗 doi.org/10.1039/D5CE... 🧪
November 14, 2025 at 3:29 PM
Impressive #OpenAccess research featured by @crystengcomm.rsc.org! Yang Jiang and team demonstrate how Ge doping enables heavily doped N-polar GaN with a striking mirror-smooth surface, an exciting advance in semiconductor crystal engineering.
Thanks for sharing! 🔬
#MaterialsScience #GaN #SciOpen
Thanks for sharing! 🔬
#MaterialsScience #GaN #SciOpen
🌊 AI meets marine engineering!
This review shows how machine learning and deep learning improve the design, construction, and maintenance of marine structures with reliable mechanism-based models.
🔗 www.sciopen.com/article/10.2...
#MarineEngineering #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
This review shows how machine learning and deep learning improve the design, construction, and maintenance of marine structures with reliable mechanism-based models.
🔗 www.sciopen.com/article/10.2...
#MarineEngineering #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
November 14, 2025 at 12:47 PM
🌊 AI meets marine engineering!
This review shows how machine learning and deep learning improve the design, construction, and maintenance of marine structures with reliable mechanism-based models.
🔗 www.sciopen.com/article/10.2...
#MarineEngineering #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
This review shows how machine learning and deep learning improve the design, construction, and maintenance of marine structures with reliable mechanism-based models.
🔗 www.sciopen.com/article/10.2...
#MarineEngineering #SciOpen #TUP @tsinghuauniversity.bsky.social 🧪🌏🌐
💙This #WorldDiabetesDay research shows nutrition plays a critical role in managing blood glucose, preventing complications, improving quality of life!
Discover science-backed dietary diabetes care in Food Science and Human Wellness:
www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social 🧪🌏🌐
Discover science-backed dietary diabetes care in Food Science and Human Wellness:
www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social 🧪🌏🌐
November 14, 2025 at 6:06 AM
💙This #WorldDiabetesDay research shows nutrition plays a critical role in managing blood glucose, preventing complications, improving quality of life!
Discover science-backed dietary diabetes care in Food Science and Human Wellness:
www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social 🧪🌏🌐
Discover science-backed dietary diabetes care in Food Science and Human Wellness:
www.sciopen.com/journal/2097...
@tsinghuauniversity.bsky.social 🧪🌏🌐
🌬️How does flow direction affect floating offshore wind platforms?
CFD study shows varying flow angles drive vortex-induced motion, unique wake patterns, and distinct platform trajectories.
🔗 sciopen.com/article/10.2...
#OffshoreWind #OceanEngineering #SciOpen #TUP
@tsinghuauniversity.bsky.social 🧪🌏🌐
CFD study shows varying flow angles drive vortex-induced motion, unique wake patterns, and distinct platform trajectories.
🔗 sciopen.com/article/10.2...
#OffshoreWind #OceanEngineering #SciOpen #TUP
@tsinghuauniversity.bsky.social 🧪🌏🌐
November 13, 2025 at 1:18 PM
🌬️How does flow direction affect floating offshore wind platforms?
CFD study shows varying flow angles drive vortex-induced motion, unique wake patterns, and distinct platform trajectories.
🔗 sciopen.com/article/10.2...
#OffshoreWind #OceanEngineering #SciOpen #TUP
@tsinghuauniversity.bsky.social 🧪🌏🌐
CFD study shows varying flow angles drive vortex-induced motion, unique wake patterns, and distinct platform trajectories.
🔗 sciopen.com/article/10.2...
#OffshoreWind #OceanEngineering #SciOpen #TUP
@tsinghuauniversity.bsky.social 🧪🌏🌐
⚡Wireless power transfer could redefine long-term operation of autonomous underwater vehicles.
This study explores eddy current loss modeling, misalignment-tolerant design, simultaneous power–data transfer for next-gen marine systems.
🔗 www.sciopen.com/article/10.2... @tsinghuauniversity.bsky.social
This study explores eddy current loss modeling, misalignment-tolerant design, simultaneous power–data transfer for next-gen marine systems.
🔗 www.sciopen.com/article/10.2... @tsinghuauniversity.bsky.social
November 13, 2025 at 12:03 PM
⚡Wireless power transfer could redefine long-term operation of autonomous underwater vehicles.
This study explores eddy current loss modeling, misalignment-tolerant design, simultaneous power–data transfer for next-gen marine systems.
🔗 www.sciopen.com/article/10.2... @tsinghuauniversity.bsky.social
This study explores eddy current loss modeling, misalignment-tolerant design, simultaneous power–data transfer for next-gen marine systems.
🔗 www.sciopen.com/article/10.2... @tsinghuauniversity.bsky.social
🌊 GPU-accelerated coastal flood model with local time stepping handles dense urban sea–land grids, cutting computation ~40× for Macau storm surge forecasts.
🔗 www.sciopen.com/article/10.2...
#CoastalModeling #FloodForecasting #TUP
#GPUComputing #SciOpen @tsinghuauniversity.bsky.social 🧪🌏🌐
🔗 www.sciopen.com/article/10.2...
#CoastalModeling #FloodForecasting #TUP
#GPUComputing #SciOpen @tsinghuauniversity.bsky.social 🧪🌏🌐
November 12, 2025 at 12:50 PM
🌊 GPU-accelerated coastal flood model with local time stepping handles dense urban sea–land grids, cutting computation ~40× for Macau storm surge forecasts.
🔗 www.sciopen.com/article/10.2...
#CoastalModeling #FloodForecasting #TUP
#GPUComputing #SciOpen @tsinghuauniversity.bsky.social 🧪🌏🌐
🔗 www.sciopen.com/article/10.2...
#CoastalModeling #FloodForecasting #TUP
#GPUComputing #SciOpen @tsinghuauniversity.bsky.social 🧪🌏🌐
🔋 Nd-doped Sr₂.₉Nd₀.₁Fe₂O₇–δ (SNFO) emerges as a powerful SOFC cathode, achieving 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C.
Enhanced ORR kinetics and lower oxygen vacancy formation energy push fuel cell performance higher.
🔗 www.sciopen.com/article/10.2... #SciOpen #TUP
🧪🌏🌐
Enhanced ORR kinetics and lower oxygen vacancy formation energy push fuel cell performance higher.
🔗 www.sciopen.com/article/10.2... #SciOpen #TUP
🧪🌏🌐
November 12, 2025 at 11:41 AM
🔋 Nd-doped Sr₂.₉Nd₀.₁Fe₂O₇–δ (SNFO) emerges as a powerful SOFC cathode, achieving 0.20 Ω·cm² polarization resistance and 803 mW·cm⁻² at 700 °C.
Enhanced ORR kinetics and lower oxygen vacancy formation energy push fuel cell performance higher.
🔗 www.sciopen.com/article/10.2... #SciOpen #TUP
🧪🌏🌐
Enhanced ORR kinetics and lower oxygen vacancy formation energy push fuel cell performance higher.
🔗 www.sciopen.com/article/10.2... #SciOpen #TUP
🧪🌏🌐
Research_nano is making a big difference in nanoscience!🔬
This peer-reviewed, open-access journal covers the full spectrum of nanotechnology research, from fundamentals to applications. Hosted on SciOpen.
Watch here: youtu.be/O7rqRjgax78
#OpenAccess #Sciopen @tsinghuauniversity.bsky.social 🧪🌏🌐
This peer-reviewed, open-access journal covers the full spectrum of nanotechnology research, from fundamentals to applications. Hosted on SciOpen.
Watch here: youtu.be/O7rqRjgax78
#OpenAccess #Sciopen @tsinghuauniversity.bsky.social 🧪🌏🌐
Introducing Nano Research
YouTube video by SciOpen TUP
youtu.be
November 12, 2025 at 9:28 AM
Research_nano is making a big difference in nanoscience!🔬
This peer-reviewed, open-access journal covers the full spectrum of nanotechnology research, from fundamentals to applications. Hosted on SciOpen.
Watch here: youtu.be/O7rqRjgax78
#OpenAccess #Sciopen @tsinghuauniversity.bsky.social 🧪🌏🌐
This peer-reviewed, open-access journal covers the full spectrum of nanotechnology research, from fundamentals to applications. Hosted on SciOpen.
Watch here: youtu.be/O7rqRjgax78
#OpenAccess #Sciopen @tsinghuauniversity.bsky.social 🧪🌏🌐